| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNF00340 |
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| Symbol | |
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| ID | 3258248 |
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| Type | CDS |
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| Is gene spliced | Yes |
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| Is pseudo gene | No |
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| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_006691 |
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| Strand | - |
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| Start bp | 116135 |
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| End bp | 120622 |
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| Gene Length | 4488 bp |
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| Protein Length | 1055 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638257157 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_571480 |
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| Protein GI | 58268648 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.0141918 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | CCTTCTCTCA GCTCCGGTTC TTTCTTCCAT TCCCAGCCAG GATGGAACTG CCAGATTCGC
CACCTCCTCT CGATGCTCCA TCGCCACCTC ATTTTCTCGA CGCACCGCAG GACCGTTGGA
ATGTCTTCTA CCCTGCCGTT CAGACTCTCG TCAACGCCCT AGGTGGTTAT GAAGAAGTCG
AATCACCACC AGACAGTGGC ATTTTTGAGA CTGTCTATCG ACCTGGTGAC AGTGTTTTAG
GTGTCCTCAA GGATCTGAAG AAGCTGTGGA GAAAAGATGA CGAAGATGAT GAGCGAACAG
TGGCGAGGTG TATGTACAGA GCAGAATTGA TGAAAGAGTT AGTCGCTATC GTGGTGGAAT
GTGCGGAAAG AGGAGAGTGG GGCAGAAAGG TTGCTCTTGT TGCTTGTAAG TTGCTGTTTA
TTGCTGCGCT ACGTACTGAC ACTTGTACAG GTGACTTGAT AGCAGCTCTA ACATGGCCTA
TCGATGTCGC ACAAGAGCTC AAAGAGATTG AAGATGAAGG TCCAGTCGTT ACAGATTATG
CCTCCCTGCT TCGTGCTCAG TTGGAATACA AGGCTCTTTT CCTTAAAACT ACAAAACCTC
TCAAATCAAT TCTGTCTCTT ATGGTGCCAT GTCTGGCGAA ACCCAGAAAG TATGTTCAAG
TTGCTCAAAT CAAATATGGG ACTAACTTGA ACAATGGCAG AGACGAGAAG GACTCGCGTA
TCATTTCATT AGGACTGCAT GTGGTCCGAA ATCTTCTTGC AATCAAGGAT GCAGTGGCTG
AAGGTACAGC TACTGGTGAG AAAGAGGAGT TCGCCCATCT TCAAGTAAGT TGCTAGATAT
CCCACTTCCC CGTTGTCGCA AGACTAATAT GCTGTAGTCC GATCTCATAA CCCAACTCGA
TTCCCTTACA TATCTCCAGC TTTTCCTTAC TTTGGCTTCA TGTGCGGATA AGACAGACCT
TAACCCGTTC AATGTCATTG TACTTGATAT CTTACATCTT ATCTTCCGAG GTATCAAGCC
GTCTGAGCTT GTACAGGATC AGAAAAGAGT GAGTTTGTAA TTCGCGCAAT TGTCATACAT
GCCTGACTGC TCTACAGGTA CCAATAGATA GTCTTGCCAG GCTCTTGGAG AAGGAAAAGA
AACAAAAAGC ACTCAATTCC AGAGTAGGCA GCACACGGCA TTCCAGGTTT GGAACGACTA
TCACAGTCAA GACGGTATGC CCTCATCTTC GTCGGCACTA TTGATACTGA CACAGTGAAG
GCCGAGCAGA GAGTCGTTCT ACATCGACAG ACCGCTATCA TCGAAAATCC CGGCAAGATT
TTGGATATGA CTAAAAGGAA GAAGGCGGTC GTGGCCAAGA GGATGGACGA TTTGACGGTG
TTTGTTAACC TCAGCTCGGA TGCGATGGTG ATTCTGCAAA GTTTTTCAAA GTCTTTCTTG
GAGATCTGCT ATAACAGTAT GTTTGTTCCT TCTGTTCCTG TATGAAGAAG TAATCCTCAT
CCATGACCCA AGCGTTCATC GAATCGATCT TGCGAGATAT CCGTATGGAA CGAACGAAAA
TTCGACCATC TGACAACATC CGAGTCTTCT ACCTCTCCAG CTTCTTTATC GAATACCTCC
TTCTCCTTCG ACATAAGCTT CTCGAGAAAG GTGGCTCTCG ACGACTGGAA GAGTTGCCTT
TGGGGTTGGT GGCGCAAATT GCGGAGATGG ACTCAGTTAA ATGGCTATTT GCGAGGTTGA
GAATATGTTG GGATGATAAA CCAAAGGCTT GGACAGAGTT GCAGGCTTGT ATTGAATGTT
TCACTCAAAT CGTATGTTTT CTATTACCAT CTCGTATCTC TGGCTAATCA GTTATGCAAT
AGTTGCTTCT GATCGACGAC ATGTCGACGT CAACGAATGA AGAAGATGTT GAGGTCGCAG
AGATTCTCCA ACACCAGCTG TACTACAATT ACGATATCCT CGATTCTGCA CTTGCTGTTG
TCCGAGAATA TAAGAACCAA TCCATCGCGT AAGCTCCTTA TTTGACTTGC CATACCATGG
GTTTCTCTAA TGAAAGAACA TAGCTACCTC GATTCTATCA TCCACTTTGC CTACGTGCTT
CTCCGAATGC TCGAAAAGTA TTCCAAGACA AAAGCTTTCA TGTTCATCCG TAAACGCAAA
AACACGCACA AGAAACGTAA AGAACGGCAA GCCGCTTCGC AAGCCAACGC TGATCGGGAG
CAACGCAAGA TTCCGGAAGA GTACGGGGAT GAGGGGGAGG AGGCGTTCGC CCCGGATGAG
GATGCGCCAA GTTATGCTGA ACATGCTTTT ACTTTCCAGT CTTTCGAGAA GGTGCGTAGC
TTTTTCGAAG GTGATCGTTG GGAAGTGAGA CTTATGGATT TGCGCTGGGT AGAGATTTGC
CCAAGAAGCG GTGGTCAATA CTCTCCTTAC TTACCTCGAA CGGTTCTTGG AATTTGATGG
TCCAGAACCT ATGAAAAGAG TAGTTGGTCT GATGCACAGA CAGGTAATCA AAGCTCATGC
CGAGGGTTTG TACTTCAAGG TCAGTCCTTC ATCTTCTCCT TTCCTTTTTT CCCAATCTGA
TTAAGAATCG TCCCAGGTGT CGACACTCAT TATCTTCCGC CGTATCCTGG ACAAACAGCA
CGTCCTTCCC GCAGCCCCTT CTTCTCGAGA CCTCATCACA CTCATAACGT ACATTTTGCG
CAAATTCTTC AAGCATGTCG AGAAAGAACC GTTTACGCTG GTCGAAGCGT TGAGCAGCAA
GTCGAGAGGT AAATGGAAGA CTGTGGGTGG CGGCAGTGAT GATGATGACG ATGAGATGGC
TGGACAGAGG GGAAGGATCA AAGAAAAGGT GGGTTACAAC CTCGTTAATA ATACAGTGGA
ACTGTAAGCT GATGGGTGGA TGAATAGATG GGACCTGTAG AACTGCAGTT TATTAAGAAA
CACAAATTTA GTTGGTCTCA ACAGATGTCG ATCGCTTTTG CCATTATTTG GGGCGACGGC
CACGGCTATC TCATTAAGTG GATCGTCGAA GTTTTGGAGC AAGTCTTGGC GGCCAAACAG
GAGATTGTGT TGACCACTGA CGGAGGAATT AATGGAGATG AGGACGAGGA AGATGAAGAT
GGGAATGCGA GAGTGAGGAG ATTTGGGAGA CCGAGTGATG AGGCAATCAG CAAGTTCACC
CAATTTGGTA TGTCCATTCA TTTTCAGAAT CTCTTGACCA CTGTTAAGCA ATGAGCAGAC
CTTCAACCTG AGGAGAGCGA ACAGATTACG GCTGTCACCT CAAACCCCCA TTTCCGACTT
ATGCTCAAAC TTCTCTCTTT CGATTTACCA CCACCTCCTA TGGAACTCGA TTTTGAAGAA
GACGTCTCCT CCGAAGAGCT TGCACTCGCC CGAGAAAAGT CGGACTCTGC ATGGTTTCTC
CCCGCCAACG TGTTGCCTTC CGACATTGAA GCCAGTATTG GTGCTTTAAA GCAATACATG
GAGGAGCCTC CAACACTTGA CGATGATCCC AAGAAACTCC TCCGACGAAA AGCCCGCGCA
ACAAGACGAA GACGGCGTTC GCCCTCTGTT GAATCGTACG ATTCTGAGAC GGGTGAGGTA
CGCCCTGGTC ATCAGCACAA GAAGAATCCG CGTCAGAAAC GAGCCAAGAA GGCGGTGGAG
ACTCAGAACT ACAAGTCTGC TGCGTTTATC GAGGATTCGG ACGACGAGGA TCCTGAAGCG
ACACGACGGT TCTTTGAGAA CGAGGAGAGG CTGAGAAGAG AGATGGATGA GCTTGCTGCT
CAAGGAGGGC ATCCCATGAT GGAACGAGGG GTGAAAAGAA AACGAGGGAA GAAGAACGGG
AAAGGAGCTA TTTCGGACAC CCCCCCTCCT TCTCAGAGAG GAAATGATCG TGAGACATAA
GGTCCCACCG GAAGTACTCA CAAGCAATAT ATATCAGATT ATGTATACGC ACTGTATAAA
TAAATGGCAA GAGGTTCGGC GATCGACTTG CGCGCGCGCT TATTATTATT TTACGACGGA
GATGATGGTG GTGACAAAAT GTGAAGACCA CAGTACAGTA CAGTACAGTA CGTATAAATA
AGTAACTCGT ACAGCGCTAA TACAATGGAC TATTCTGCAC AGAAAACGTA TGTCTGTACC
TAAAAGTTAC ATACCGCAGA TTCATGACGG TATGTGGAGA GGTGCCTCTA TCCTCCTCAT
CAGCACGCAC GACCGAGGAG CCAGCTGCAG GTTCGTTGGA AAACCGGGAG GTGAATTGCT
TCTTGCTGTC ATTATTGGTG TTTCCCTCCT CGCCCTCCGC TTATCGATAA GCACAATGCA
CAAGCCCCTG CGTGAGATGA AAAGAGGCAG AAACAGACTT TTTGCCGAAA AGGTAGTAGC
ACTGCAGCCG GGGAAACAGC ATCAGATCAT TGGGGGCTAA ATTAATTATA CACCATGCCG
CACTCGGTCG GACAGGCGAC GTATGATGCG ACTTTGTGGA GATTCCCA
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| Protein sequence | MELPDSPPPL DAPSPPHFLD APQDRWNVFY PAVQTLVNAL GGYEEVESPP DSGIFETVYR
PGDSVLGVLK DLKKLWRKDD EDDERTVARC MYRAELMKEL VAIVVECAER GEWGRKVALV
ACDLIAALTW PIDVAQELKE IEDEGPVVTD YASLLRAQLE YKALFLKTTK PLKSILSLMV
PCLAKPRKDE KDSRIISLGL HVVRNLLAIK DAVAEGTATG EKEEFAHLQS DLITQLDSLT
YLQLFLTLAS CADKTDLNPF NVIVLDILHL IFRGIKPSEL VQDQKRVPID SLARLLEKEK
KQKALNSRVG STRHSRFGTT ITVKTAEQRV VLHRQTAIIE NPGKILDMTK RKKAVVAKRM
DDLTVFVNLS SDAMVILQSF SKSFLEICYN TFIESILRDI RMERTKIRPS DNIRVFYLSS
FFIEYLLLLR HKLLEKGGSR RLEELPLGLV AQIAEMDSVK WLFARLRICW DDKPKAWTEL
QACIECFTQI LLLIDDMSTS TNEEDVEVAE ILQHQLYYNY DILDSALAVV REYKNQSIAY
LDSIIHFAYV LLRMLEKYSK TKAFMFIRKR KNTHKKRKER QAASQANADR EQRKIPEEYG
DEGEEAFAPD EDAPSYAEHA FTFQSFEKRF AQEAVVNTLL TYLERFLEFD GPEPMKRVVG
LMHRQVIKAH AEGLYFKVST LIIFRRILDK QHVLPAAPSS RDLITLITYI LRKFFKHVEK
EPFTLVEALS SKSRGKWKTV GGGSDDDDDE MAGQRGRIKE KMSIAFAIIW GDGHGYLIKW
IVEVLEQVLA AKQEIVLTTD GGINGDEDEE DEDGNARVRR FGRPSDEAIS KFTQFDLQPE
ESEQITAVTS NPHFRLMLKL LSFDLPPPPM ELDFEEDVSS EELALAREKS DSAWFLPANV
LPSDIEASIG ALKQYMEEPP TLDDDPKKLL RRKARATRRR RRSPSVESYD SETGEVRPGH
QHKKNPRQKR AKKAVETQNY KSAAFIEDSD DEDPEATRRF FENEERLRRE MDELAAQGGH
PMMERGVKRK RGKKNGKGAI SDTPPPSQRG NDRET
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